This is because many large nerves begin in the spinal cord and extend into your body. Nerves can become pinched or irritated from overuse, wear, disease, or injury. Pain management can include several spine pain treatments. Options range from lifestyle changes to spinal surgery. Knowing the best way to manage your pain can be difficult. You may not even be sure if the pain stems from your cervical, thoracic, or lumbar spine.
Pain management doctors can help you understand the root of your pain and treatment options. Frey is known for his extensive experience and training in complex spinal reconstruction, revision, and scoliosis surgery in children and adults.
His practice reflects his strong expertise in the treatment of complex adult spine problems where deformity exists or revision surgery is necessary. More About Dr. Kevin Schmidt is a Colorado native born and raised in Aurora. He performed his internship in Indianapolis and went on to serve as chief resident of Physical Medicine and Rehabilitation at the prestigious Mayo Clinic in Rochester, Minnesota.
Spinal problems are among medicine's most complex treatment challenges. CCSI's integrated team approach works together with each patient to provide exceptional patient-centered medical care. Our team includes a broad range of specialties including nonsurgical and surgical experts in orthopaedic spine surgery, neurosurgery, neurology, physiatry, pain medicine and pharmacology, physical therapy and rehabilitation, massage therapy, chiropractic, and acupuncture.
Legendary Care Dr. Locations Denver. Patient Education. Figure Cervical Vertebrae. Figure Thoracic Vertebrae. Figure Lumbar Vertebrae. Leave a Reply Cancel reply Your email address will not be published.
Cervical vs Thoracic vs Lumbar Vertebrae. Cervical vertebrae are the seven individual vertebrae located in the neck region, immediately below the skull. Thoracic vertebrae are the twelve vertebrae which allow attachment sites for all ribs.
Lumbar vertebrae consist of five cylindrical bones that make the spine in the lower back of the body. Number of Vertebrae. Larger than cervical, but smaller than lumbar vertebrae. Largest among cervical, thoracic and lumbar vertebrae. Lightest vertebrae in the vertebral column. Heavier than cervical vertebrae, but lighter than lumbar vertebrae. Transverse Foramina. Because of this, the vertebral bodies progressively increase in size and thickness going down the vertebral column.
The bodies of adjacent vertebrae are separated and strongly united by an intervertebral disc. The vertebral arch forms the posterior portion of each vertebra. It consists of four parts, the right and left pedicles and the right and left laminae. Each pedicle forms one of the lateral sides of the vertebral arch. The pedicles are anchored to the posterior side of the vertebral body. Each lamina forms part of the posterior roof of the vertebral arch.
The large opening between the vertebral arch and body is the vertebral foramen , which contains the spinal cord. In the intact vertebral column, the vertebral foramina of all of the vertebrae align to form the vertebral spinal canal , which serves as the bony protection and passageway for the spinal cord down the back.
When the vertebrae are aligned together in the vertebral column, notches in the margins of the pedicles of adjacent vertebrae together form an intervertebral foramen , the opening through which a spinal nerve exits from the vertebral column Figure 6. Seven processes arise from the vertebral arch. Each paired transverse process projects laterally and arises from the junction point between the pedicle and lamina. The single spinous process vertebral spine projects posteriorly at the midline of the back.
The vertebral spines can easily be felt as a series of bumps just under the skin down the middle of the back. The transverse and spinous processes serve as important muscle attachment sites. A superior articular process extends or faces upward, and an inferior articular process faces or projects downward on each side of a vertebrae. The paired superior articular processes of one vertebra join with the corresponding paired inferior articular processes from the next higher vertebra.
These junctions form slightly moveable joints between the adjacent vertebrae. The shape and orientation of the articular processes vary in different regions of the vertebral column and play a major role in determining the type and range of motion available in each region. In addition to the general characteristics of a typical vertebra described above, vertebrae also display characteristic size and structural features that vary between the different vertebral column regions.
Thus, cervical vertebrae are smaller than lumbar vertebrae due to differences in the proportion of body weight that each supports. Thoracic vertebrae have sites for rib attachment, and the vertebrae that give rise to the sacrum and coccyx have fused together into single bones.
Typical cervical vertebrae , such as C4 or C5, have several characteristic features that differentiate them from thoracic or lumbar vertebrae Figure 6. Cervical vertebrae have a small body, reflecting the fact that they carry the least amount of body weight.
Cervical vertebrae usually have a bifid Y-shaped spinous process. The spinous processes of the C3—C6 vertebrae are short, but the spine of C7 is much longer. You can find these vertebrae by running your finger down the midline of the posterior neck until you encounter the prominent C7 spine located at the base of the neck. The transverse processes of the cervical vertebrae are sharply curved U-shaped to allow for passage of the cervical spinal nerves.
0コメント